Lower Fidelity, Higher Vision

Tait Wayland
Nasa Capstone 2018
Published in
2 min readApr 14, 2018

You know how in space, objects alternate between being extremely hot and extremely cold (depending on which side faces the sun)? This is what it feels like right now in Pittsburgh. Please, please stay a consistent 70+ from now on… it’s already mid-April.

Moving on from our productive design session last week, we further discussed and iterated on our assumptions and principles, which lead to creating multiple dimensions to measure our ideas.

An early attempt at applying dimensions to our product

We then went through our storyboards, discussed the feasibility and impact of each idea, and listed promising features that we could draw inspiration from in future designs. We began to narrow our scope, and decided to focus on iterating the following three scenarios:

Authoring phase — Engineer references database of past WADs to write a new WAD

Execution phase — Tech sends feedback on WAD execution

Alteration phase — Tech talks to engineer on POV HUD

here, an example of an iteration on the authoring side of WADs

We narrowed our focus based on impact and feasibility. Through our interviews, we uncovered a myriad of fixable issues in each of these three phases (aka: less anchored to the iron chains of bureaucracy).

As we near the end of Spring term, we have started to make requests to NASA for actual WAD data. One barrier in our decision making process is contingent on WAD success metrics. What makes a good WAD vs a bad WAD? For example, is the number of WAD revisions actually a commonplace issue, or just something we uncovered from our interview?

On Tuesday night, the quintessential crew (aka us) convened to share our screens. We discussed what each of us had come up with, and highlighted the similarities and features our designs shared.

we’ve also measured our ideas by dimensions on a polarity graph.
one of our ideas, a wristwatch voice command tech, has high marks for being a multimodal device that is seamless to user taskflow.

Later this week, we will be consolidating our low-fi prototypes into high level concepts, as well as preparing for our final Spring term deliverables.

Team C-137, out!

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Tait Wayland
Nasa Capstone 2018

UX Engineer. Member of team C-137, NASA Capstone at Carnegie Mellon